Category Archives: Uncategorized

SPC1152 – Mounting Panel for DSUB15 Connectors (2x)

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Features

  • Standard 3U (128.4 mm) panel
  • Complies with IEC 60297-3-101
  • Small occupied width : 20 mm (4HP)
  • Accepts two DSUB15 connectors
  • Ideal for rapid prototyping

Overview

The SPC1000-Series panels allow the user to connect multiple electrical signals to a standard case through DSUB connectors. Both standard and mixed contact connectors are accepted. These panels can be both mounted on the front or the rear side of the case.

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Additional Views

Example of use : two DSUB15 female connectors are mounted on the SPC1152 panel.

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SPC1092 – Mounting Panel for DSUB9 Connectors (2x)

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Features

  • Standard 3U (128.4 mm) panel
  • Complies with IEC 60297-3-101
  • Small occupied width : 20 mm (4HP)
  • Accepts two DSUB9 connectors
  • Ideal for rapid prototyping

Overview

The SPC1000-Series panels allow the user to connect multiple electrical signals to a standard case through DSUB connectors. Both standard and mixed contact connectors are accepted. These panels can be both mounted on the front or the rear side of the case.

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Additional Views

Example of use : two DSUB9 female connectors are mounted on the SPC1092 panel.

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SPC1091 – Mounting Panel for DSUB9 Connector

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Features

  • Standard 3U (128.4 mm) panel
  • Complies with IEC 60297-3-101
  • Small occupied width : 20 mm (4HP)
  • Accepts one DSUB9 connector
  • Ideal for rapid prototyping

Overview

The SPC1000-Series panels allow the user to connect multiple electrical signals to a standard case through DSUB connectors. Both standard and mixed contact connectors are accepted. These panels can be both mounted on the front or the rear side of the case.

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Additional Views

Example of use : one DSUB9 female connector is mounted on the SPC1091 panel.

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SPC610 – FC/(A)PC to FC/(A)PC adapters

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Features

  • Standard 3U (128.4 mm) panel
  • Complies with IEC 60297-3-101
  • Small occupied width : 20 mm (4HP)
  • Accepts FC/PC and FC/APC adapters (4x)
  • Ideal for rapid prototyping

Overview

The SPC600-Series panels allow the user to connect optical fibers to a standard case through specific mating sleeves.  These panels can be both mounted on the front or the rear side of the case.

Up to four FC/PC to FC/PC and FC/APC to FC/APC adapters can be mounted on the same SPC610 panel.

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Additional Views

Example of use : four FC/APC to FC/APC adapters are mounted of the SPC610 panel.

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SPC-Series Front Panels

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Sisyph offers an extensive range of panels to provide a finishing touch to your case. Ideal  for rapid prototyping, the Sisyph’s SPC-Series panels comply with with IEC 60297-3-101 and IEEE 1101.1/10 standard.

The SPC-Series panels are first designed to equip your case with standard I/Os connector (BNC, SMA, DSUB or fiber optics adapters). But additional panels are also provided, for case’s ventilation or AC-power input  purposes for instance. Do not hesitate to contact us  for your specific needs.

SPC200-Series - Mounting Panels for AC-Power Entry Modules

SPC300-Series - Mounting Panels for Banana Jacks

SPC400-Series - Mounting Panels for Coaxial Connectors

SPC500-Series - Vented Panels

SPC600-Series - Mounting Panels for Optic Fiber Adaptors

SPC1000-Series - Mounting Panels for DSUB Connectors

SPC210 Panel – AC-Power KMF Module

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Features

  • Standard 3U (128.4 mm) panel
  • Complies with IEC 60297-3-101
  • Small occupied width : 50 mm (10HP)
  • Panel accepts the KMF AC-Power Entry module from Schurter :
    • IEC C14 inlet connector
    • Integrated line filter
    • 5x20mm fuse (2x)
    • 2-pole switch
  • Addition chassis ground connection through 4-mm banana jack
  • Ideal for rapid prototyping

Overview

The SPC200-Series panels are designed to equip a standard case with an AC-power entry module. These panels can be both mounted on the front or rear side.

The SPC210 panel’s cutouts allow mounting the KMF power input module (from Schurter). This snap-in module was chosen for its very compact design including quick connect terminals, a dual-fuse holder, an EMI filetr and a two-pole switch. The SPC210 panel allows the user to equip a standard case with an AC-power input at both front or rear side.

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Additional Views

Example of use : the SPC210 Panel is used with the KMF AC-power entry module.

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SMC41 Valescure – Telecom Laser Mount

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SMC41mounted in a SR300 Laser Controller

Coming soon – Preliminary information

Features

  • Butterfly 14-pin package
  • Telecom laser
  • No cable required
  • RF modulation
    • SMA connector
    • Internal bias-T
  • FC/APC to FC/APC mating sleeve
  • Reliable operation
  • Optional solderless mounting flange
  • 3D model

Board Views

SMC41 Valescure – Laser mount for telecom laser module. Oblique view (left) and top view (right). Fiber reel and front panel not shown.

Overview

The SMC41 Valescure module has been designed to mount low-power telecom laser diode packaged in a butterfly 14-pin case. Since this module is intended to be stacked on the SMC11 Ultra-Low Noise Current source, no cable is required to connect the laser to the current controller.

The laser package can be soldered directly on the board but solderless connection is also possible using the dedicated mount flange. The RF modulation is allowed regardless the mounting option. The mounted laser is protected using a relay contact shorting the laser terminals in shutdown mode or when the module is removed from the stack.

A 6-K/W heatsink, located on the bottopm side of the module, is able to remove dissipated for most of low-power lasers. The laser case is fixed on this heatsink using a high-conductivity  thermal pad and M2 screws (4x).

The optical fiber is retained on the board using clamps to form a reel compatible with its minimum bend radius. An FC/APC to FC/APC connector is located on the front panel  to connect the laser plug to the user cord.

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Compatible Laser

  • RIO Planex™.
  • EP1550-NLW-B
  • 1905 LMI
  • A1915LMI
  • FRL15DCW

Non-exhaustive list,  contact us for more information on compatible lasers.

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SMC41 Valescure laser Mount - Solderless/Flange

Laser mounting options: left,  the laser is soldered on the dedicated footprint (standard). The laser can be mounted using the flange (right) to avoid soldering. In both cases the RF modulation is allowed.

Additional Views

SMC41 Valescure module – Rear view (left) and front view (right). Optical fiber and front panel not shown.

Bottom view of the SMC41 Valescure Laser Mount.

SDM11 – Post-Regulator

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Features

  • Filtering noise from DC power modules:
    • low-noise internal post-regulator
    • common-mode rejection filter
    • power supply rejection filter
  • Fixed or custom DC output voltage:
    • fixed: 3.3/5/12/15/24 V
    • custom: from 2.5 V to 32 V
  • Internal current limitation : 2 A
  • Low dropout voltage : 500 mV
  • Internal thermal limitation
  • Floating outputs
  • Isolated shutdown control input
  • 35-mm rail mounting
  • Easy wiring w/ spring-cage terminal blocks

Contact Sisyph

Screenshots

High-Frequency Ripple Attenuation. The transient at 600 kHz riding the output voltage of the SMPS (yellow) is completely suppressed from the SDM11's output (blue). Broaband spikes are also attenuated about 20dB.
Low-Frequency Noise Attenuation - Spectral Densities. The SMPS noise (green) is attenuated by the SDM11 (blue) over the entire range. More than 65dB at 50 kHz. Noise floor (orange).
Broadband Attenuation of SMPS Noise - Power Spectra. Switching spikes lead to a wideband noise: SMPS (yellow) and filtered SMPS using the SDM11 module (blue).

Applications

  • Cost effective solution for power supply noise sensitive systems
  • Switched mode power supply filtering
  • Linear power supply replacement
  • Ideal for rapid and reliable prototyping

Overview

The SDM11 Post-Regulator module is aimed at noise reduction of switched-mode power supplies (SMPS). Indeed, if SMPS are very attractive for their high eciency and small size, they are much noisier than their linear counterparts. While the linear power supplies’ noise mainly consists in ripple voltage at line harmonics, the DC-output voltage of SMPS presents ripple at frequencies ranging from 100 kHz to 1000 kHz and broadband noise, which is transmitted from the switcher through common-mode and dierential-mode coupling.

The SDM11 Post-Regulator module operates from the DC-output of an SMPS. It features a passive filter attenuating both common-mode and dierential-mode components of the SMPS’s output. A low-dropout voltage regulator provides an active attenuation of the SMPS’s ripple for frequencies up to 1MHz. An additional output lter extends this frequency range beyond 10MHz.

Because the SDM11 is capable of delivering output voltages from 3V to 30V under 2-A current levels, the SDM11 is the perfect choice to lter the noise of low-power SMPS. A control input is provided to allow power shutdown from an isolated remote signal. The power device is both protected against overloading or overheating operations. The current limitation can be adjusted by modifying a resistor. Likewise, the user
can set the output voltage using two programming resistors. The SDM11 is attached to the chassis both using a DIN-rail adapter or M3 screws.

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SR500 Camargue – Subnanosecond Pulse Generator

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Overview

Gathering modules of the SMD-Series, the SR500 Pulse Generator is the ideal solution to generate high-voltage sub-nanosecond pulses at high repetition rate (10MHz) for stroboscopic magnetic imaging TEM.
With the additional SMZ320 Serial Interface module, the SR500 gives the user a complete control of the pulse generator over USB or optical interfaces.

Example of a 19″ desktop case accomodating three SR500 Pulse Generators units. The intended application is for stroboscopic magnetic imaging TEM.

Output pulse at 10-MHz repetition frequency

Overview

Gathering modules of the SMD-Series, the SR500 Pulse Generator is the ideal solution to generate high-voltage sub-nanosecond pulses at high repetition rate (10MHz) for stroboscopic magnetic imaging TEM.
With the additional SMZ320 Serial Interface module, the SR500 gives the user a complete control of the pulse generator over USB or optical interfaces.

Applications

  • Stroboscopic magnetic imaging TEM

Included Hardware

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SMD30 Mézenc – Remote Controller

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Features

  • Remote control of SMD-Series modules
  • Asynchronous serial interface
  • Analog and digital monitoring
  • Spare I/O available
  • EMI noise immunity

Contact Sisyph

Applications

  • Stroboscopic magnetic imaging TEM

Overview

The modules of the SMD-Series provide the experimentalists a complete line of instruments for the generation of short pulses at high repetition rates. First designed for stroboscopic magnetic imaging TEM (Transmission Electron Microscope), the SMD-Series offers a complete solution to deliver sub-nanosecond pulses into 50-loads at repetition rates ranging from DC to 10MHz.
The SMD30 Mézenc module allows the user to control the SMD-Series modules through serial commands coming from a computer. These commands must be sent to the module via an external asynchronous serial data converter. For a safe and reliable operation, it is recommended to use the SMZ320 module as USB to serial data interface, this module allowing an optical isolation of the SMD modules from the computer. For long distances or operation in noisy environments, the SMZ320 interface module also provides an optical link based on plastic optical fibers.
In order to control the SMD-Series modules, the SMD30 module features an analog-to-digital (ADC) converter, a serial control bus (SPI) and many digital I/Os, which are all managed by a microcontroller.
The front panel accomodates led indicators, switches and coaxial connectors as a minimalistic user interface since most of control operations should be done using the remote interface.
Gathering other SMD-Series modules, the SR500 Pulse Generator is the ideal solution to generate high voltage sub-nanosecond pulses at high repetition rate (10MHz) for stroboscopic magnetic imaging TEM.
With the additional SMZ320 Serial Interface module, the SR500 gives the user a complete control of the pulse generator over USB or optical interfaces.

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